def test_live_migration(web3, chain, vault, strategy, token, whale, gov,
strategist, rewards, amount):
live_strat = Contract("0x37770F958447fFa1571fc9624BFB3d673161f37F",
owner=gov)
new_strat = Contract("0xCdC3d3A18c9d83Ee6E10E91B48b1fcb5268C97B5",
owner=gov)
vault = Contract(new_strat.vault(), owner=gov)
print(f"\n >>> before migration")
state_of_strategy(live_strat, token, vault)
state_of_strategy(new_strat, token, vault)
state_of_vault(vault, token)
print()
vault.migrateStrategy(live_strat, new_strat)
print()
print(f"\n >>> after migration")
state_of_strategy(live_strat, token, vault)
state_of_strategy(new_strat, token, vault)
state_of_vault(vault, token)
print(f"\n >>> harvest")
new_strat.harvest()
state_of_strategy(live_strat, token, vault)
state_of_strategy(new_strat, token, vault)
state_of_vault(vault, token)
print(f"\n >>> wait 1 day to get the share price back")
chain.sleep(86400)
chain.mine(1)
state_of_strategy(live_strat, token, vault)
state_of_strategy(new_strat, token, vault)
state_of_vault(vault, token)
def test_operation(web3, chain, vault, strategy, token, amount, dai, dai_vault,
whale, gov, guardian, strategist):
# whale approve weth vault to use weth
token.approve(vault, 2**256 - 1, {"from": whale})
print('cdp id: {}'.format(strategy.cdpId()))
print(f'type of strategy: {type(strategy)} @ {strategy}')
print(f'type of weth vault: {type(vault)} @ {vault}')
print()
# start deposit
vault.deposit(amount, {"from": whale})
print(f'whale deposit done with {amount/1e18} weth\n')
print("\n****** Initial Status ******")
print("\n****** yfi ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print("\n****** Dai ******")
state_of_vault(dai_vault, dai)
print("\n****** Harvest yfi ******")
strategy.harvest({'from': strategist})
print("\n****** yfi ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print("\n****** Dai ******")
state_of_vault(dai_vault, dai)
# withdraw yfi
print('\n****** withdraw yfi ******')
print(f'whale\'s yfi vault share: {vault.balanceOf(whale)/1e18}')
vault.withdraw(Wei('1 ether'), {"from": whale})
print(f'withdraw 1 yfi done')
print(f'whale\'s yfi vault share: {vault.balanceOf(whale)/1e18}')
# transfer dai to strategy due to rounding issue
dai.transfer(strategy, Wei('1 wei'), {"from": gov})
# withdraw all yfi
print('\n****** withdraw all yfi ******')
print(f'whale\'s yfi vault share: {vault.balanceOf(whale)/1e18}')
vault.withdraw({"from": whale})
print(f'withdraw all yfi')
print(f'whale\'s yfi vault share: {vault.balanceOf(whale)/1e18}')
# try call tend
print('\ncall tend')
strategy.tend()
print('tend done')
def test_operation(web3, chain, vault, strategy, token, amount, usdp,
usdp_vault, whale, gov, guardian, strategist):
# whale approve weth vault to use weth
token.approve(vault, 2**256 - 1, {"from": whale})
# start deposit
vault.deposit(amount, {"from": whale})
print(f'whale deposit done with {amount/1e18} weth\n')
print(f"\n****** Initial Status ******")
print(f"\n****** {token.symbol()} ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n****** usdp ******")
state_of_vault(usdp_vault, usdp)
print(f"\n****** Harvest {token.symbol()} ******")
strategy.harvest({'from': strategist})
print(f"\n****** {token.symbol()} ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n****** usdp ******")
state_of_vault(usdp_vault, usdp)
# withdraw {token.symbol()}
print(f"\n****** withdraw {token.symbol()} ******")
print(
f"whale's {token.symbol()} vault share: {vault.balanceOf(whale)/1e18}")
vault.withdraw(Wei('1 ether'), {"from": whale})
print(f"withdraw 1 {token.symbol()} done")
print(
f"whale's {token.symbol()} vault share: {vault.balanceOf(whale)/1e18}")
# transfer usdp to strategy due to rounding issue
usdp.transfer(strategy, Wei('1 wei'), {"from": gov})
# withdraw all {token.symbol()}
print(f"\n****** withdraw all {token.symbol()} ******")
print(
f"whale's {token.symbol()} vault share: {vault.balanceOf(whale)/1e18}")
vault.withdraw({"from": whale})
print(f"withdraw all {token.symbol()}")
print(
f"whale's {token.symbol()} vault share: {vault.balanceOf(whale)/1e18}")
# try call tend
print(f"\ncall tend")
strategy.tend()
print(f"tend done")
def test_operation(web3, chain, vault, strategy, token, whale, gov, strategist, rewards, amount):
scale = 10 ** token.decimals()
# Deposit to the vault
token.approve(vault, 2 ** 256 - 1, {"from": whale})
print(f"shares amount: {vault.balanceOf(whale)/scale}")
vault.deposit(amount, {"from": whale})
print(f"deposit amount: {amount/scale}")
print(f"shares amount: {vault.balanceOf(whale)/scale}")
# assert token.balanceOf(vault.address) == amount
print(f"token on strategy: {token.balanceOf(strategy)/scale}")
print(f"\n****** Initial Status ******")
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> call harvest")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> wait 1 day")
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
# print(f"\n >>> set path")
# strategy.setPathTarget(1, 1, {"from": strategist})
print(f"\n >>> call approveAll")
strategy.approveAll({"from": strategist})
print(f"\n >>> harvest to realized profit")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> wait 1 day to get the share price back")
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
# print(f"\n >>> set path")
# strategy.setPathTarget(2, 0, {"from": strategist})
print(f"\n >>> call approveAll")
strategy.approveAll({"from": strategist})
print(f"\n >>> harvest to realized profit")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> wait 1 day to get the share price back")
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
# withdraw
print()
print(f"shares amount: {vault.balanceOf(whale)/scale}")
before = token.balanceOf(whale)
vault.withdraw({"from": whale})
print(f"withdraw amount: {(token.balanceOf(whale)-before)/scale}")
print(f"shares amount: {vault.balanceOf(whale)/scale}")
assert token.balanceOf(whale) != 0
# all withdraw
print()
print(f"rewards+strategist withdraw")
vault.withdraw({"from": rewards})
vault.transfer(strategist, vault.balanceOf(strategy), {"from": strategy})
vault.withdraw({"from": strategist})
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> call tend")
strategy.tend()
def test_operation(web3, chain, vault, strategy, token, amount, whale, gov,
guardian, strategist, rewards, seth_vault):
scale = 10**token.decimals()
# Deposit to the vault
token.approve(vault, 2**256 - 1, {"from": whale})
print(f"shares amount: {vault.balanceOf(whale)/scale}")
vault.deposit(amount, {"from": whale})
print(f"deposit amount: {amount/scale}")
print(f"shares amount: {vault.balanceOf(whale)/scale}")
# assert token.balanceOf(vault.address) == amount
print(f"token on strategy: {token.balanceOf(strategy)/scale}")
print(f"\n****** Initial Status ******")
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> call harvest")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> harvest underlying live vaults & wait 1 day")
harvest_live_vault(seth_vault)
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
print(f"\n >>> harvest to realized profit")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> harvest underlying live vaults & wait 1 day")
harvest_live_vault(seth_vault)
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
print(f"\n >>> harvest to realized profit")
strategy.harvest()
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> wait 1 day to get the share price back")
chain.sleep(86400)
chain.mine(1)
state_of_vault(vault, token)
# withdraw
print(f"\n****** withdraw {token.name()} ******")
print(
f"whale's {token.name()} vault share: {vault.balanceOf(whale)/scale}")
vault.withdraw(amount / 2, {"from": whale})
print(f"withdraw {amount/2/scale} {token.name()} done")
print(
f"whale's {token.name()} vault share: {vault.balanceOf(whale)/scale}")
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
# withdraw all
print(f"\n****** withdraw all {token.name()} ******")
print(
f"whale's {token.name()} vault share: {vault.balanceOf(whale)/scale}")
vault.withdraw(vault.balanceOf(whale), whale, 10_000, {"from": whale})
print(f"withdraw all {token.name()}")
print(
f"whale's {token.name()} vault share: {vault.balanceOf(whale)/scale}")
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
# # all withdraw
# print()
# print(f"rewards+strategist withdraw")
# vault.withdraw(vault.balanceOf(rewards), rewards, 10_000, {"from": rewards})
# vault.transfer(strategist, vault.balanceOf(strategy), {"from": strategy})
# vault.withdraw(vault.balanceOf(strategist), strategist, 10_000, {"from": strategist})
print(f"\n****** State ******")
state_of_strategy(strategy, token, vault)
state_of_vault(vault, token)
print(f"\n >>> call tend")
strategy.tend()